Welcome

Our research is directed towards the understanding, modeling, simulation, and quantitative prediction of complex mechanical systems, with special application to geomechanics. We are particularly interested in modeling instabilities in multi-phase porous media under static and dynamic loading by developing robust constitutive models and efficient techniques in computational inelasticity and finite element procedures.

News

 

Synopsis: Hidden Forces in a Pile of Sand

On August 24, 2016, Computational Geomechanics group was featured on Physics.APS.org. Check out the full article here.

Zero Gravity

On July 29, Caltech produced a video showcasing our work on mechanics of soils under zero gravity and extreme environments.

 

 

Geomechanics Attend EMI Conference in Nashville

In May 2016, the Computational Geomechanics group presented some of their most recent work at the annual Engineering Mechanics Institute Conference. Some of the highlights included talks from the group:

"Blurry boundary between science & art--our beautiful experiments showing force on opaque grains for first time ever!"

"Introducing the most accurate discrete element calculation ever! LS-DEM will change the way we study granular matter "

"My PhD student Liuchi Li presents his work on the effect of shape in granular avalanches at EMI. #ProudAdvisor " 05.22.16

 

Geomechanics Research in Microgravity Environments

On November 19th, four researchers affiliated with the Computational Geomechanics Group flew on a microgravity flight out of Melbourne, FL. The microgravity environments are achieved by flying a series of parabolas, where an increased gravity state is immediately followed by a decreased state with the specific gravity levels controlled by the shape of the parabolas.11.23.15 [Read more]

 

 

Professor Andrade Elected to Engineering Mechanics’ Board of Governors

 

José E. Andrade, Professor of Civil and Mechanical Engineering, has been elected as a member of the Board of Governors for the Engineering Mechanics Institute (EMI) of the American Society of Civil Engineers (ASCE). 9.25.14 [Read more]

Latest Paper

 

Check out our latest paper "On the contact treatment of non-convex particles in the granular element method", DOI: 10.1007/s40571-014-0019-2. [Read more]

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